Ultra-wideband (UWB) positioning system has gained much attention in the field of indoor
localization due to its various advantages. The narrow pulse nature of UWB signal results in …

The interest in indoor localization has been increasing in the last few years because of the
numerous important applications related to the pervasive diffusion of mobile smart devices …

The rapid growth of location-based applications has spurred extensive research on
localization. Nonetheless, indoor localization remains an elusive problem mostly because …

Accurate indoor localization has long been an objective of the ubiquitous computing
research community, and numerous indoor localization solutions based on 802.11 …

Accurate indoor localization is a key component for many applications such as tracking,
indoor navigation, home/industrial automation, gaming and intelligent transportation …

Device‐free localisation (DFL) is a prominent example of radio sensing and radio frequency
(RF)‐based passive localisation. RF‐based passive localisation approaches determine the …

We present the results, experiences, and lessons learned from comparing a diverse set of
indoor location technologies during the Microsoft Indoor Localization Competition. Over the …

Indoor positioning systems (IPSs) are attracting more and more attention from the academia
and industry recently. Among them, approaches based on WiFi techniques are more …

Indoor localization as one of the visions of the Internet of Things (IoTs) receives much
attention in Wireless Sensor Networks (WSNs). Many prior indoor localization technologies …

Location awareness plays an increasingly important role in wireless network applications.
However, accurate localization in complex indoor environments remains challenging for …